Treat the Toughest Water
Saltworks delivers innovative solutions that make clean water, concentrate brine, and achieve zero liquid discharge (ZLD).
Removing the Need for an Evaporation Pond, Saving Water, and Reducing-GHG Emissions
Three Major Developments for Saltworks’ Lithium Solutions
Saltworks is pioneering the future of sustainable water. Our mission is to provide industry leading technologies that treat the toughest wastewaters at the lowest total cost and environmental footprint. We help our customers recycle and reuse wastewater, remove contaminants, extract valuable resources, and concentrate brine for minimal and zero liquid discharge.
Latest at Saltworks
Solutions for Your Water Treatment Challenges
PROJECT REVIEWS
Treatment Options Analysis & Economics:Inform next step decisions for your water project
Process Optimization: Model and optimize solutions before investing in pilots or larger capital plants
TARGET IONS OF CONCERN
IonSelect: Target & remove specific ions
SilicaSelect: Effectively remove silica from cooling tower blowdown, RO brine, and more
SulfateSelect: Flexible sulfate removal for high & low TDS waters
PROVE PERFORMANCE
Bench & Pilot Test Services: Comprehensive offsite testing infrastructure and our mobile pilot fleet help de-risk your project
CONCENTRATE BRINES
BrineGo: Modular membrane concentrator for ultra-high recovery and volume reduction
SaltMaker: Modernized evaporators and crystallizers for reliable minimal and zero liquid discharge
DESIGN & BUILD TO SUIT
Custom Engineered Solutions: Let us innovate, design, and build a plant for your unique application
OPERATE & MONITOR REMOTELY
Remote Operations & Asset Management:
24/7 support, instant access to expert operators, reporting, and proactive maintenance alerts
ACHIEVE TREATMENT GOALS
Ammonia Peak Shaver: Reduce ammonia to achieve discharge compliance or reduce load on downstream biological processes
TDS Peak Shaver: Reduce total dissolved solids to minimize total treatment and residual waste
Zero or Minimal Liquid Discharge: Reduce disposal costs and maximize freshwater recovery with optimized membrane and thermal systems